Designed for scanning multiple points to common bus, SMX-3276 can be reconfigured for 1-, 2-, or 4-wire configurations. This 152-channel, 300 V/2 A, 3U PXIe multiplexer module combines PXIe platform bandwidth capabilities and high power switching to enable ATE system designers to switch input signals with up to 34 MHz bandwidth while delivering crosstalk levels down to -70 dB at 100 kHz. Features also include internal capacitive discharge relays, 160-pin DIN connector, and signal shielding.
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Using solid state switches that ensure fast switch operation time of 50 µs and indefinite service life when used within ratings, SP8T 8:1 MUX occupies 2 PXI slots, while SP16T 16:1 MUX occupies 3 PXI slots. Each multiplexer can handle up to +30 dBm of signal power. Unused ports are automatically terminated to manage VSWR effects in cable.
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Supporting terrestrial and satellite transmissions, R&S AVHE100 can generate up to 5 HD or 15 SD programs and several multiplexes, all on single processing platform. Integrated R&S AVG100 gateway can receive and decrypt satellite signals as well as split ASI/SD-SDI/HD-SDI signals for redundant systems. Intuitive user interface of headend management system accommodates all features and configuration parameters. Using automation option, activities can be time-controlled or event-controlled.
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Designed to manage up to 6 dataloggers simultaneously, IFC406 utilizes MadgeTech software v4.0 to download and display information. Users can stop, start and download multiple loggers simultaneously. Daisy chaining accommodates up to 3 IFC406s per USB port, allowing concurrent management of and download from up to 18 data loggers. Functionality eliminates need to connect and disconnect individual data loggers, allowing more time for information analysis.
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Intended for general-purpose test applications, single-slot 3U Model 40-635 comes in variety of configurations ranging from single 64:1 MUX to octal 8:1 MUX for single pole configurations; single 32:1 and dual 16:1 2-pole MUX; single 16:1 and dual 8:1 MUX with 4 poles; and 8:1 8-pole MUX. All configurations are rated up to 2 A and up to 300 Vdc/250 Vac with peak power rating of 60 W to 220 Vdc. Module uses 78-way D-type connector.
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While designed with minimal hardware components, R&S AVHE100 integrates all essential functions for encoding and multiplexing. Core components – R&S AVS100 processing platform and R&S AVG100 A/V gateway – can be set up as DVB-S2 headend that includes multiple HD-SDI or satellite inputs, decoders and encoders for up to 6 HD or 10 SD programs, multiplexers, and workflow-oriented headend management system. Optional video wall enables QC on all critical interfaces of signal path.
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Featuring channel to channel isolation, MTL4850 is suitable for connection to instrument loops performing safety functions up to and including SIL3. Multiplexer ensures there is no effect on analog loops to which it is connected; multiple concurrent faults in components that couple unit to loops would have to be present before isolation would be compromised. Supporting HART Rev. 5-7 devices, MTL4850 includes auto baud-rate detection, LED indication for fault diagnosis, and onboard event log.
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Designed as hat rail module, Hub4x enables simultaneous information exchange with several units under test. Hardware provides both Master and Slave CAN, whereby master unit communicates with all Hub4x modules via connected Master CAN. Each module can be connected to UUT, resulting in 1:1 control. Via master unit, connected Hub4x modules can be configured with regard to routing and gateway functionalities. Additional I/O is provided for internal synchronization or control of triggered outputs.
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Available in 22 configurations, easyPORT Throw Down Converter Boxes are based on 4-port utility switch, which incorporates standard SFP-type pluggable module card cages that can be populated to support any combination of I/O signals, including HDMI/DVI, 3G-SDI, ASI, NTSC/PAL, and IP-to-ASI conversion. All video formats are transcoded or converted internally, and signals can be distributed over several possible transmission paths, including coax, fiber, and CATx for IP.
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